R code for the tool described in the main text of the paper. The tool performs an estimation of the smoothing settings providing the highest recovery or lowest loss of topological information in a Geometric Morphometric context
A new smoothing algorithm to obtain surface normals for superpixels in the noisy depth image is prop...
Many effective automatic surface simplification algorithms have been developed. These automatic algo...
Smoothing is one of the basic procedures for improvement of mesh quality. In this paper, a novel and...
The application of Geometric Morphometrics has remarkably increased since 3D imaging techniques have...
The application of Geometric Morphometrics has remarkably increased since 3D imaging techniques have...
Summary The application of Geometric Morphometrics has remarkably increased since 3D imaging techn...
This file contains the code written in R for removing topological noise from a mesh, by applying dec...
none3noThe topology optimization methodology is widely applied in industrial engineering to design l...
This paper presents a technique for smoothing polygonal surface meshes that avoids the well-known pr...
Mesh morphing is one of the most promising approach for problems in which numerical analyses, based ...
The evaluation of spatial relationships between anatomic structures is a major task in surgical plan...
The present work deals with 3D surface subdivision methods. The key areas are the quality of subdivi...
Smoothing algorithms are used for mesh refinement and to remove undesired surface. This numerical pr...
Embark on an exploration of subdivision schemes and some heuristics for developing new schemes with ...
<p>The labels 1, 2, 3, and 4 mark the line subject to each of the four stages of smoothing described...
A new smoothing algorithm to obtain surface normals for superpixels in the noisy depth image is prop...
Many effective automatic surface simplification algorithms have been developed. These automatic algo...
Smoothing is one of the basic procedures for improvement of mesh quality. In this paper, a novel and...
The application of Geometric Morphometrics has remarkably increased since 3D imaging techniques have...
The application of Geometric Morphometrics has remarkably increased since 3D imaging techniques have...
Summary The application of Geometric Morphometrics has remarkably increased since 3D imaging techn...
This file contains the code written in R for removing topological noise from a mesh, by applying dec...
none3noThe topology optimization methodology is widely applied in industrial engineering to design l...
This paper presents a technique for smoothing polygonal surface meshes that avoids the well-known pr...
Mesh morphing is one of the most promising approach for problems in which numerical analyses, based ...
The evaluation of spatial relationships between anatomic structures is a major task in surgical plan...
The present work deals with 3D surface subdivision methods. The key areas are the quality of subdivi...
Smoothing algorithms are used for mesh refinement and to remove undesired surface. This numerical pr...
Embark on an exploration of subdivision schemes and some heuristics for developing new schemes with ...
<p>The labels 1, 2, 3, and 4 mark the line subject to each of the four stages of smoothing described...
A new smoothing algorithm to obtain surface normals for superpixels in the noisy depth image is prop...
Many effective automatic surface simplification algorithms have been developed. These automatic algo...
Smoothing is one of the basic procedures for improvement of mesh quality. In this paper, a novel and...
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